Topical Issue "Space Weather research in the Digital Age and across the full data lifecycle", deadline 30 September
- Published on 09 January 2019
The Journal of Space Weather and Space Climate (JSWSC) plans a Topical Issue on "Space Weather research in the Digital Age and across the full data lifecycle" to appear in 2019.
The onset and rapid advance of the Digital Age have brought challenges and opportunities for scientific research characterized by a continuously evolving data landscape reflected in the four V’s of big data: volume, variety, veracity, and velocity. The big data landscape supersedes traditional means of storage, processing, management, and exploration, and requires adaptation and innovation across the full data lifecycle (i.e., collection, storage and processing, analytics, and representation). Despite this dramatic paradigm change Space Weather research has not fully embraced available approaches and techniques to facilitate new discovery and knowledge from data. Space Weather research in the Digital Age and across the full data lifecycleem> offers a tractable compendium that illustrates the latest computational and data science trends, tools, and advances for Space Weather research.
Topical Issue "System Science: Application to Space Weather Analysis, Modelling, and Forecasting", deadline 15 June 2018
- Published on 15 December 2017
The Journal of Space Weather and Space Climate (JSWSC) plans a Topical Issue on "System Science: Application to Space Weather Analysis, Modelling, and Forecasting" to appear in 2018.
The construction of accurate dynamical models is fundamental to forecasting the many aspects of space weather. The process of deducing models for forecasting traditionally involved breaking the system into component parts and applying the laws of physics to each part to build up a description of that system. However, for complex space weather systems we do not have enough knowledge about some of the processes involved to build an accurate model solely from first principles. Alternatively, complex systems science based methods have been developed to deduce dynamical models from input-output data. The techniques developed in system science, such as system identification, machine learning, data assimilation, information theory, signal processing, among others, are applicable to any system that has large amounts of data available. With the increasing amount of space weather data we are able to make use of these tools and techniques to analyse, model and forecast the complex systems of space weather.
Topical Issue "Planetary Space Weather", deadline 15 July 2018
- Published on 14 December 2017
The Journal of Space Weather and Space Climate (JSWSC) plans a Topical Issue on "Planetary Space Weather" to appear in 2018. Space weather – the monitoring and prediction of disturbances in our near-space environment and how they are controlled by the Sun - is since long recognised as an important aspect of understanding our Earth and protecting vital assets such as orbiting satellites and power grids. The concepts of space weather and space situational awareness have also been extended to other planets in our Solar System and in particular to spacecraft that voyage through it.
This Issue aims to detail available methods and tools developed in order to make services for planetary space weather and space situational awareness operational. Papers on the validation of the services, availability of data relevant to the field, as well as research on forecast and modelling of the planetary environments and their response to solar or meteor disturbances are welcome.
Topical Issue "Space weather effects on GNSS and their mitigation", deadline 15 June 2017
- Published on 07 March 2017
The Journal of Space Weather and Space Climate (JSWSC) plans a topical issue on "Space weather effects on GNSS and their mitigation" to appear in 2017. One of the most dominant error sources for GNSS applications is the Ionosphere. It does not only affect standard GNSS applications and differential GNSS but also high-accuracy demanding applications like the Precise Point Positioning (PPP) and Real Time Kinematics (RTK). Next to the common signal delay, the Ionosphere can cause e.g. loss of lock in case of scintillation events or produce hazardous misleading information in augmentation systems due to strong ionospheric gradients. Higher order ionospheric effects limit the PPP. Today, a large variety of products and models is already in place to reduce the ionospheric error on GNSS applications. However, often there is still a gap between the currently available products and their actual usage in GNSS applications.
Topical Issue "Developing New Space Weather Tools: Transitioning fundamental science to operational prediction systems", deadline 15 June 2017
- Published on 16 January 2017
The Journal of Space Weather and Space Climate (JSWSC) plans a topical issue on "Developing New Space Weather Tools: Transitioning fundamental science to operational prediction systems", to appear in 2017. This interdisciplinary issue is an outcome of Session 5 and Session 7 at the 13th European Space Weather Week (ESWW13) conference in November 2016 that brought together solar, space and Earth scientists, statisticians, operational forecasters and industry stakeholders. This Topical Issue will focus on the creation of new space weather prediction tools and highlight best practices applied in transitioning existing research tools to operational systems.
Topical Issue "Measurement, Specification and Forecasting of the Solar Energetic Particle Environment and GLEs", deadline 15 June 2017
- Published on 16 January 2017
The Journal of Space Weather and Space Climate (JSWSC) plans a topical issue on “Measurement, Specification and Forecasting of the Solar Energetic Particle (SEP) Environment” to appear in 2017. SEPs arrive in bursts known as Solar Particle Events (SPEs) which are penetrate into the Earth’s magnetosphere to an extent depending on the magnetic rigidity of the particle. SPEs with significantly large high energy components induce an atmospheric cascade leading to an enhancement of count rate of ground-based detectors, specifically neutron monitors (NMs). This special class of SEP events, known as Ground-Level Enhancements (GLEs). Characterisation of the SEP environment and its effects is important for several industry sectors including civil aviation, human space flight, satellite design and operations.
Topical Issue "Flares, coronal mass ejections and solar energetic particles and their space weather impacts", deadline 31 May 2017
- Published on 16 January 2017
Flares, Coronal Mass Ejections (CMEs) and their interplanetary counterparts (ICMEs) remain topics of important research in the field of solar-terrestrial relations. Flares can have an important impact (UV radiation, particles) on the Earth's atmosphere. Recent remote observations and modeling studies have shown that coronal mass ejections (CMEs) can drive shock waves very low in the solar corona, which, in turn, may produce significant fluxes of solar energetic particles (SEPs). Interplanetary Coronal Mass Ejections (ICMEs) are the main drivers of large geomagnetic storms.
Proposal for a Topical Issues based on ESWW13 sessions
- Published on 18 August 2016
If you are convening a session at the ESWW13 and would you like to be a Topical Editor in Chief for a Topical Issue (TI) in SWSC, you can send us your proposal for a TI. You are allowed to combine with other conveners whose sessions are close to yours. Your TI would be open to non-participants to the ESWW.
From your propositions, the SWSC Editorial Board will select the two most promising. In order to do so, please
1) Send us a mail before September, 15th to tell us whether you are interested in participating
2) If so, provide by November 30th (during or just after the ESWW13):
- A list of papers that are expected to be submitted if the TI is selected
- A list of 2 to 4 colleagues who will help you in handling the TI as « Associate Editors »
Finally, if you have a really outstanding presentation (oral or poster) in your session, you may propose that a corresponding manuscript is submitted to SWSC and quoted as "invited" even if your TI is not selected. It will follow the regular review process and if accepted will be stamped "invited".
Anna and Jean
If your proposal is selected, you will serve as "Topical Editor in chief". Upon acceptance of your TI, you will be given access to our Manuscript Management System, which handles the following steps automatically (with templates asf). Our editorial office will provide support during the process.
Any time a paper is submitted to your TI:
- It is read by Anna Belehaki, Jean Lilensten and the Topical EiC. If the 3 of us decide to reject it immediately, we send a mail to the authors with our arguments for rejecting it. If at least one of us thinks that it should proceed to a peer review, we send it to an AE after discussion between the three of us (handling a journal is a lot of discussions).
- An AE is invited to handle the manuscript. (S)he may deny or accept, (s)he may also recommend to reject it . If (s)he handles it, (s)he looks for 2 reviewers (2 are mandatory) and follows the process until the final decision.
- The AE makes a recommendation for the final decision to the Topical editor, to Anna and to Jean: legally, the EiCs are the authority to decide. When a paper is rejected, we write a mail to the authors on behalf of the EiCs. When it is accepted, we send a mail on behalf of the AE (so that when an author is angry, we get all the bitter words but when an author is happy, the nice words go to the AE).
Journal of Space Weather and Space Climate announces its new Impact Factor - 2.846* (June 2016)
- Published on 21 June 2016
The latest Journal Citation Reports® recently announced by Thomson Reuters have revealed that Journal of Space Weather and Space Climate’s Impact Factor has risen to 2.846*.
This confirms Journal of Space Weather and Space Climate’s position as an important voice in the discipline as it grows readership by publishing regular research articles, invited topical research and review articles on all aspects of space weather and space climate from a broad range of scientific and technical fields. All papers in Journal of Space Weather and Space Climate are Open-Access.
Click here to read the journal or to submit a paper.
*2016 Release of Journal Citation Reports. Source: 2015 Web of Science Data
SWSC Impact factor 2015: 2.846
- Published on 16 June 2016
Thomson-Reuters just published the 2015 Impact Factors. The 2-year Impact Factor for SWSC, based on articles published in SWSC in 2013 and 2014 and cited in 2015, is 2.846 (2014: 2.558; 2013: 2.519).
The Immediacy Index, based on articles published in SWSC in 2015 and cited in 2015, is 0.308 (2014: 0.857; 2013: 0.600). As SWSC is a rather new journal, 2013 was the first year that Thomson-Reuters listed it in its Journal Citation Report.